_top_: D.cscan.con Qr
The increasing demand for rapid electrical characterization of combinatorial materials libraries requires seamless integration between measurement hardware, software configuration management, and sample identification. This paper introduces , a framework that couples direct current scanning probe microscopy (DC-scan) with a configuration control module (.con) activated by Quick Response (QR) codes. Each sample site is labeled with a QR code encoding measurement parameters (bias voltage, scan rate, contact force). Upon QR code recognition, the system automatically loads the corresponding .con configuration file, executes a DC scan, and logs output I–V curves and spatial conductivity maps. We demonstrate the system on a Li-ion battery cathode thin-film library, achieving a 78% reduction in manual setup errors and a 40% increase in measurement throughput. The framework is open-source and compatible with commercial scanning probe microscopes.
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than a standard barcode—potentially over 7,000 alphanumeric characters. ResearchGate Upon QR code recognition, the system automatically loads
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